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General Purpose HTV Silicone Rubber -
Industrial Solution

WICSilicone Industrial HTV compounds are engineered for durability, temperature stability, and versatility across diverse manufacturing environments. Each formulation ensures consistent processability, long-term resilience, and superior mechanical performance — ideal for extrusion, molding, and general fabrication.

Key Highlights

Temperature Resistance

Performs reliably from -50°C to +250°C; ideal for high-temp and cold-resilient applications.

Durability

Resistant to UV, ozone, and chemicals; maintains shape and seal after compression.

Mechanical Strength

High tensile, tear, and compression recovery; excellent stretchability for dynamic components.

Cost-Effective

Premium performance at competitive pricing for industrial applications.

Versatility

Medium density and consistent performance; suitable for extrusion, molding, and precision parts.

Customizable

Default white, can be color-matched; hardness and form tailored to specific needs.

Quality Assurance

ISO 9001 certified, batch-tested for strength & durability, fully traceable documentation.

Chemical & Fluid Resistance

Withstands oils, fuels, and industrial chemicals without degradation; maintains performance in challenging environments.

Industrial HTV - Technical Data - Table 1

PropertyGP-80GP-80GP-70GP-60GP-60Test Method
Hardness (Shore A)8080706060DIN 53 505
Tensile Strength (MPa)8.657.139.438.064.29DIN 53 504
Elongation at Break345%168%696%586%397%ASTM-D 624 die B
Tear Strength (N/mm)21.764.923423.9413.78DIN 53 504
Test Condition C°/min130/4130/4130/4130/4170/2
Selica BasedPPTFumedFumedFumedPPT
Curing AgentDCBPDCBPDCBPDCBPDCP
Rebound Resilience (%)4040404040DIN 53 512
Specific Gravity (cm³)1/241/241/241/241/24
Compression Set2.5%2.5%2.5%2.5%2.5%DIN 53 517
Temperature Range–50°C to +250°C–50°C to +250°C–50°C to +250°C–50°C to +250°C–50°C to +250°C
AppearanceWhiteWhiteWhiteWhiteWhite

Industrial HTV - Technical Data - Table 2

PropertyGP-50GP-50GP-40GP-30GP-30Test Method
Hardness (Shore A)5050403030DIN 53 505
Tensile Strength (MPa)3.63.844.344.293.28DIN 53 504
Elongation at Break518%477%474%912%624%ASTM-D 624 die B
Tear Strength (N/mm)6.672.382.484.297.9DIN 53 504
Test Condition C°/min130/4170/2170/2170/2130/4
Selica BasedPPTPPTPPTPPTFumed
Curing AgentDCBPDCPDCPDCPDCBP
Rebound Resilience (%)4040404040DIN 53 512
Specific Gravity (cm³)1/241/241/241/241/24
Compression Set2.5%2.5%2.5%2.5%2.5%DIN 53 517
Temperature Range–50°C to +250°C–50°C to +250°C–50°C to +250°C–50°C to +250°C–50°C to +250°C
AppearanceWhiteWhiteWhiteWhiteWhite

Typical Applications

Automotive

Gaskets, seals, spark plug boots, and hoses exposed to high temperatures.

Industrial

Heavy-duty tubing, isolators, and process seals for manufacturing and machinery.

Electrical & Electronics

Cable insulation, connectors, and protective coatings for sensitive components.

Aerospace

High-tensile, vibration-damping seals for aviation and aerospace systems.

Energy & Oil

Weatherproof seals, insulated enclosures, and components for energy and oil sectors.

Consumer Goods

Kitchenware, grips, wristbands, and other household items requiring durability.

Machinery Components

Seals, gaskets, and flexible parts for industrial machines and tools.

Protective Seals

High-performance seals resistant to chemicals, oils, and mechanical stress.

Compliance & Quality

  • ISO 9001 – Quality Management
  • Batch-tested for strength & durability
  • Fully traceable batch documentation
  • ASTM / ISO standards verified
  • RoHS / REACH compliant
Tensile Testing (ASTM D412)
Tear Testing (ASTM D624)
Elongation Testing (ASTM D412)
Hardness Testing (ASTM D2240)
Heat Aging / Thermal Stability (ASTM D573)
Rheometric / Cure Analysis (MDR/ODR)
Oil & Fluid Resistance (ASTM D471)
Temperature Shock / Thermal Cycling
Flow / Rheology Behavior

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We’ll respond within 24 hours for product inquiries and custom silicone solutions.

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